Block 1 and Block 2 have the same mass, m, and are released from the top of two inclined planes of the same height making 30o and 60o angles with the horizontal directoin, respectively. If the coefficient of friction is the same in both cases, which of the blocks is going slower when it reaches the bottom of its respective incline? Both blocks have the same speed at the bottom. Block 2 is slower More information is needed to know which block is faster. Block 1 is slower

A block takes twice as much time to slide down a 45o rough inclined plane as it takes to slide down a similar smooth plane. The coefficient of friction is   A. 3/4 B. 3/2 C. 1/4 D. 1/3

Two objects of identical mass begin from rest at the same height at the top of two different hills - hill A and hill B. The hills are inclined at two different angles (see diagram). The objects are released from rest and slide to the bottom; resistance forces can be considered to be negligible. The object on top of hill ____ will have the greatest speed at the bottom of the incline.

In the diagram below, the same small horizontal force is applied to blocks "A" and "B", however, block "A" generates a greater friction force than block "B". Question 16Select one:TrueFalse

Two identical boxes containing different masses are sliding with the same initial speed on thesame horizontal surface. They both come to rest under the influence of the frictional force ofthe surface. How do the frictional force and acceleration of the boxes compare

Consider the situation in the diagram. Block 1 has mass m1and is on a slope at an angle θ from horizontal. Block 2 hasmass m2 .Find an expression for the acceleration of the blocks, ignor-ing friction.You will be marked on the following:1) Free body diagram for block 1.2) Free-body diagram for block 2.3) Relevant equations for block 1.4) Relevant equations for block 2.5) Solving the equations for acceleration.